Abstract: The present disclosure provides a composite solid electrolyte. The composite solid electrolyte includes a lithium lanthanum zirconium oxide particle and a protective layer containing lithium phosphate. An average particle size of the lithium lanthanum zirconium oxide particle is smaller than 500 nm and larger than 50 nm. The protective layer containing lithium phosphate covers an outer surface of the lithium lanthanum zirconium oxide particle.

Abstract: A drive circuit carrier and a display device. The drive circuit carrier includes a flexible substrate; and first test leads and second test leads, alternately staggered on a first surface of the flexible substrate in sequence. A first end of each first test lead is flush with a first edge of the first surface, and a second end of each second test lead is away from the first edge relative to the first end.

Abstract: The present invention provides polypeptide modulators of complement activity, including cyclic polypeptide modulators. Also provided are methods of utilizing such modulators as therapeutics.

Abstract: A silicon-carbon composite negative electrode material containing a lithium-rich long-chain composite salt, comprises a silicon-carbon composite material slurry and a lithium-rich long-chain composite salt. Each silicon-carbon composite material particle comprises an element-doped silicon-containing nanoparticle, a first carbon-based covering layer and a second carbon-based covering layer. The element-doped silicon-containing nanoparticle is a core, the first carbon-based covering layer is coated on a surface of the element-doped silicon-containing nanoparticle, the second carbon-based covering layer is coated on the first carbon-based covering layer. The lithium-rich long-chain composite salt comprises a plurality of composite ion bridging structures. A method for preparing the silicon-carbon composite negative electrode material containing a lithium-rich long-chain composite salt is further provided.

Abstract: A complex Si—C cathode base units includes a first order Si—C nanoparticle including a plurality of graphene pieces, and a plurality of complex monomers formed by nanometer scale silicide, and first high molecular material. The first high molecular material is used as viscosity for combining the plurality of graphene pieces and the plurality of complex monomers, a plurality of buffer spaces are formed between the plurality of graphene pieces, the complex monomers and the first high molecular material. A second high molecular material layer enclosing the first order SiC nanoparticle, the second high molecular material layer is calcined in a calcination process, so that the carbohydrate therein is carbonized. A plurality of nanometer carbon tubes tightly encloses the second high molecular material layer so that the first order Si—C nanoparticle is difficult to expand. The nanometer carbon tubes have lengths between 15˜25 ?m and are arranged as an array.

Abstract: A touch display panel includes a light-emitting display layer, first touch electrodes, a color resist layer, and second touch electrodes. The light-emitting display layer includes a plurality of light-emitting units arranged in an array; the first touch electrodes are located on the side of the light-emitting display layer facing a light-emitting surface of the touch display panel, and are arranged in a first direction parallel to the touch display panel; the color resist layer includes a plurality of color resist units arranged in an array; the color resist units are arranged right opposite to the light-emitting units, and the color resist layer and the first touch electrodes are arranged side by side; the second touch electrodes are located on the side of the light-emitting display layer facing the light-emitting surface of the touch display panel, and are arranged in a second direction parallel to the touch display panel.

Abstract: A lithium-ion battery comprises a positive electrode sheet, a composite solid electrolyte membrane and a negative electrode sheet stacked with other in that sequence. The composite solid electrolyte membrane is a continuous membrane structure and comprises a first part of composite solid electrolyte membrane and a second part of composite solid electrolyte membrane. The first part of composite solid electrolyte membrane is stacked and parallel with the at least one positive electrode sheet and the at least one negative electrode sheet. The second part of composite solid electrolyte membrane is located on a side surface of the lithium-ion battery.

Abstract: A method for preparing a lithium-ion battery is provided. The method comprises: S1, providing a positive electrode sheet and two composite solid electrolyte membranes, and applying the positive electrode sheet between the two composite solid electrolyte membranes to form a positive electrode composite structure; S2, providing a negative electrode sheet and two composite solid electrolyte membranes, applying the negative electrode sheet between the two composite solid electrolyte membranes to form a negative electrode composite structure; S3, stacking at least one positive electrode composite structure and at least one negative electrode composite structure to form a battery preform; and, S4, pressing the battery preform, and the composite solid electrolyte membranes in the battery preform is trimmed, shaped and fixed to obtain the lithium-ion battery.

Abstract: A method for accelerated video editing that includes providing a video, segmenting, using a segmentation module, the video into a number of clips, and automatically computing, for each clip of the number of clips, corresponding metadata representing at least one attribute of the clip based on an analysis of contents of each clip of the plurality of clips. A profile script is generated based on the corresponding metadata, the profile script is generated to include one or more editing actions to be performed on a section of the video that corresponds to at least one identified clip from the number of clips. An editing tool is used to automatically edit the video based on the profile script to generate an edited video.

Abstract: Disclosed is a method for designing parameters of an advance stress relief hole in a rockburst source zone of a construction tunnel in deep-seated hard rocks, including S1: classifying rockbursts in the TBM tunnel in the deep-seated hard rocks; S2: identifying a potential rockburst source zone of the TBM tunnel in the deep-seated hard rocks; S3: developing a scheme design and effect evaluation method for the parameters of the advance stress relief hole; S4: performing analysis to find a pattern in the parameters of the advance stress relief hole and optimizing the design; and S5: determining an optimal scheme for arranging the stress relief hole in accord with engineering practice.

Abstract: A light emitting diode includes an epitaxial structure, an N-type electrode, and a transparent conductive electrode. The epitaxial structure includes a P-type semiconductor layer, a light emitting layer, and an N-type semiconductor layer stacked sequentially. The N-type electrode is connected to the N-type semiconductor layer and includes a starting electrode and X extension electrodes, X?2, the X extension electrodes are connected to the starting electrode, and the X extension electrodes are spaced apart along the edge of the starting electrode. The transparent conductive electrode is connected to the P-type semiconductor layer, wherein the transparent conductive electrode is a distributed electrode and includes Y independent surrounding electrodes, Y?2, and Y?X. A first projection of each surrounding electrode on a horizontal plane surrounds a second projection of an extension end of the extension electrode on the horizontal plane.

Abstract: An execution-step sequence for a first graphical user interface can be determined. A second graphical user interface can include: first panel in which the first graphical user interface is presented; a second panel including a first user selectable component via which a user navigates forward in the execution-step sequence for the first graphical user interface and a second user selectable component via which the user navigates backward in the execution-step sequence for the first graphical user interface; and a third panel configured to represent steps of the execution-step sequence that are executed. Responsive to the user selecting the first user selectable component, an execution-step in the execution-step sequence can be executed, a result of the executing the execution-step can be depicted by redrawing the first graphical user interface, and component status data indicating the execution-step in the execution-step sequence that was executed can be added to the third panel.

Abstract: A method for preparing a hole transport layer of a perovskite solar cell, comprises S11, providing a conductive substrate; and S12: doping silver, gallium, selenium and sulfur with each other on the conductive substrate to obtain a hole transport layer. The present disclosure further provides a hole transport layer of a perovskite solar cell and a perovskite solar cell.

Abstract: A composite electrolyte membrane, comprises: a lithium salt compound, a polymer material, a solid electrolyte, and a plasticizer. The polymer material comprises polyvinylidene fluoride and polymethyl methacrylate. The present disclosure further discloses a lithium-sulfur battery using the composite electrolyte membrane. A method for preparing the composite electrolyte membrane is further provided.

Abstract: A wastewater treatment device has: an ozone generator which supplies ozone; a mixer which mixes ozone supplied from the ozone generator with wastewater and supplies ozone mixed wastewater; an ozone oxidation unit which progresses ozone oxidation in the ozone mixed wastewater while passing the ozone mixed wastewater therethrough and discharges wastewater in which the ozone has been consumed; a biological treatment unit which performs biological treatment on the wastewater discharged from the ozone oxidation unit using microorganisms; and an adjusting device which adjusts the amount of ozone to be mixed with the wastewater by the mixer so that ozone in an amount that inhibits the microorganisms of the biological treatment unit does not remain in the wastewater discharged from the ozone oxidation unit.

Abstract: A machine learning (ML) computer model is trained on a dual-modal input sequence comprising target content data and an input user query specifying attributes for locating a portion within the target content data. The ML computer model is trained to process the dual-modal input sequence and output an output text specifying start and end indices, within the target content data, corresponding to the portion. Runtime content data, and a user spoken query, are received and the runtime content data and user spoken query are processed via the trained ML computer model to generate an output text specifying a predicted beginning index and predicted ending index within the runtime content data. The portion of the runtime content data corresponding to a range of runtime content data bounded by the beginning index and ending index, inclusively, is retrieved and stored for later retrieval and processing.

Abstract: A method of forming a solid-state electrolyte powder includes the following steps. A zirconium compound layer is formed on an inner surface of a container. A precursor mixture is placed on the zirconium compound layer. The precursor mixture includes a first salt group and a second salt group. The first salt group includes zirconium source compound, lanthanum source compound, aluminum source compound, titanium source compound, tantalum source compound, or combinations thereof. The second salt group includes lithium source compound. An aerobic sintering process is performed to form the solid-state electrolyte powder.

Abstract: An organic-inorganic composite electrolyte comprises a plurality of metal cations, a plurality of organic polymer groups, a plurality of negatively charged ion groups and a plurality of salt anions. At least part of the plurality of metal cations is combined with the plurality of organic polymer groups, the plurality of negatively charged ion groups and the plurality of salt anions via covalent bonds.

Abstract: The present invention provides polypeptide modulators of complement activity, including cyclic polypeptide modulators. Also provided are methods of utilizing such modulators as therapeutics.

Abstract: The present application provides a silicon-carbon composite material. The silicon-carbon composite material comprises a plurality particles. Each of the plurality of particles comprises a silicon nanoparticle; a first carbon layer wrapping a surface of the silicon nanoparticle; a second carbon layer wrapping the first carbon layer; and an elastic layer wrapping the second carbon layer. The silicon nanoparticle comprises a silicon matrix and at least one doping element located in the silicon matrix. Methods for preparing the silicon-carbon composite material and for preparing a silicon-carbon composite slurry are further provided.